Curriculum

The Pharmaceutical Sciences and Drug Design program offers Ph.D., M.S., and dual Pharm.D./M.S. degrees to develop highly trained pharmaceutical and biomedical scientists.

Curriculum for the Ph.D. in Pharmaceutical Sciences and Drug Design:

Ph.D. students are expected to complete degree training within five years. Degree requirements include:

Core Courses:

BMED 615

Molecular Pharmacology (offered spring even-numbered years)

BMED 621

Medicinal Chemistry – Drug Design (offered autumn even-numbered years)

BMED 632

Advanced Pharmacokinetics (offered autumn odd-numbered years)

BMED 594

Research Progress Seminar (present seminar yearly starting in 2nd year)

BMED 605

Biomedical Research Ethics

BMED 609

Biomedical Statistics

BMED 637

Topics in Pharmaceutical Sciences and Drug Design (taken every semester of the program)

BMED 697/699

Research/Dissertation

Elective Courses:

Specialized electives chosen based on research interests may include classes offered across a range of disciplines across the Molecular and Biomedical Sciences Umbrella.

Research Rotations:

Graduate students will rotate through the laboratories of three faculty members during their first year in the program, after which students will choose a faculty research advisor, advisory committee, and a dissertation research project.

Proposed Plan of Study for Ph.D. in Pharmaceutical Sciences and Drug Design:

Year 1:

Core course work
Research rotations
Selection of research advisor
Selection of advisory committee
Approval of Plan of Study

Year 2:

Completion of core and elective course work
Research Progress Seminar
Dissertation research

Year 3:

Approval of Research Proposal
Research Progress Seminar
Comprehensive Exam
Dissertation research

Year 4:

Research Progress Seminar
Dissertation research

Year 5: 

Dissertation research and writing
Dissertation defense

Curriculum for the M.S. in Pharmaceutical Sciences and Drug Design:

M.S. students are expected to complete degree training within two years. Degree requirements include:

Core Courses:

BMED 615

Molecular Pharmacology (offered spring even-numbered years)

BMED 621

Medicinal Chemistry – Drug Design (offered autumn even-numbered years)

BMED 632

Advanced Pharmacokinetics (offered autumn odd-numbered years)

BMED 594

Research Progress Seminar

BMED 609

Biomedical Statistics

BMED 637

Topics in Pharmaceutical Sciences and Drug Design (taken every semester of the program)

BMED 597/599

Research/Thesis

Research Rotations:

Graduate students will rotate through the laboratories of two faculty members during their first year in the program, after which students will choose a faculty research advisor, advisory committee, and a thesis research project.

Proposed Plan of Study for M.S. in Pharmaceutical Sciences and Drug Design:

Year 1:

Core course work
Research rotations
Selection of research advisor
Selection of advisory committee
Approval of Plan of Study

Year 2: 

Research Progress Seminar
Approval of Research Proposal
Thesis research and defense

Curriculum for the dual-degree Pharm.D/M.S. in Pharmaceutical Sciences and Drug Design:

Pharm.D./M.S. students are expected to complete degree training within the timeframe of the Pharm.D. curriculum. Degree requirements include:

Core Courses:

12 transfer credits from Pharm.D. curriculum

Credits from a comination of:

PHAR 421/422 Medicinal Chemisty I/II

PHAR 443/444 Pharmacology/Toxicology I/II

PUBH 520

Fundamentals in Biostatistics

BMED 594

Research Progress Seminar

BMED 637

Topics in Pharmaceutical Sciences and Drug Design (taken every semester of the program)

BMED 597/599

Research/Thesis

PHAR 588

Research APPE (optional)

 

Proposed Plan of Study for M.S. in Pharmaceutical Sciences and Drug Design:

P1 Year:

Selection of research advisor and begin research
Apply to the program end of P1 year

P2 Year:

P2 year transer and core course work
Thesis research
Selection of advisory committee
Approval of Plan of Study

P3 Year:

Core course work
Thesis research
Research Progress Seminar
Approval of Research Proposal

P4 Year:

Research APPE
Thesis research and defense